Wednesday, April 24, 2024

Energy Systems News

(Credit: U.S. Department of Energy)

US and Denmark Team Up for $4.2M Floating Wind Innovation Call

The U.S. Department of Energy’s (DOE) Wind Energy Technologies Office (WETO) and Innovation Fund Denmark have announced an intention to release a $4.2 million funding opportunity to advance floating offshore wind energy systems.The announcement builds on a memorandum of understanding (MoU) between DOE, the Denmark Ministry of Higher Education and Science, the Denmark Ministry of Climate, Energy and Utilities, and Innovation Fund Denmark signed in 2021.The proposed funding opportunity will focus on research to improve mooring technologies and methods, which are used to secure floating platforms

Credit: Fugro

Fugro Boosts Offshore Wind Service Capabilities in Taiwan with New Geotechnical Lab

transition across the region.”Nancy Chan, Director, Engineering and Laboratory, Fugro Singapore Marine and General Manager, Fugro IOVTEC (Taiwan), said: “Amid the increasing emphasis on reducing our collective carbon emissions, Asia Pacific is actively transitioning towards more resilient energy systems to create a safer and more livable world. The expansion of our laboratory capabilities will strengthen Fugro’s position to meet the industry’s demands and support the region’s growing offshore wind ambitions.” 

Illustration only - Credit:  noppadon/AdobeStock

Oceans of Energy and DNV Collaborate to Unlock the Power of Offshore Solar in the North Sea

The independent energy expert and assurance provider DNV has partnered up with Oceans of Energy, a Dutch company specializing in offshore solar technology, services, operations, and ecological and energy systems research, to accelerate the deployment and scaling of offshore solar technologies.DNV has handed over a Statement of Conformity for the Basis of Design of their offshore solar solution to Oceans of Energy, marking a significant milestone in the development of its technology.The Statement of Conformity verifies that the design methodology complies with the comprehensive set of requirements and

© Fraunhofer IWES
Lidar buoy on FINO 3 measuring mast for verification purposes

Germany: Fraunhofer IWES Deploys Wind Lidar Buoys in North Sea to Boost Offshore Wind Expansion

The Fraunhofer Institute for Wind Energy Systems IWES in Germany has been contracted by the Federal Maritime and Hydrographic Agency of Germany (BSH) to carry out a preliminary meteorological investigation in the North Sea as part of the area development plan. This is the fourth time that IWES has undertaken the preliminary investigations and is helping to further accelerate offshore expansion in Germany.Two Fraunhofer IWES wind lidar buoys (light detection and ranging buoys) will be deployed on each of the N-13 and N-21 sites in the German Bight for a 12-month measurement campaign: The

Credit: CorPower Ocean

CorPower Ocean Installs First Commercial Wave Energy Converter Offshore Portugal

Ocean said Tuesday that one of the biggest challenges for the world to reach net-zero goals is to ensure there is clean energy available at all times, 24/7 each day of the year, and that with its consistent power profile, "wave energy can take on the critical role to help stabilizing our energy systems - This is key to address climate change – and for the world to leave fossil behind."Having entered the final phase of a structured 5-stage product verification process, which began in 2012, CorPower Ocean aims to take its technology to a type certified bankable technology offering

(Photo: SPE Offshore Europe)

Countdown is On for SPE Offshore Europe 2023

set goals. A series of interactive sessions will be held across the four days discussing collaborative experiences across the supply chain on topics including Women in Energy, Addressing the Skill Gap, Decarbonisation Strategies through Technology, Driving Offshore Diversification and Integrated Energy Systems.The wide ranging exhibition theatres will host sessions which discuss thought-provoking subjects including Harnessing the Power of Wind, Differing Perspectives on an Integrated Energy System in the North Sea and Driving Offshore Electrification.Jonathan Heastie, Portfolio Director – Energy

©DNV (Cropped)

Hydrogen Pipelines: DNV Launches Phase 2 of H2Pipe Project

the main test program planned for Phase 2. The first revision of the guideline was delivered to participants the same year. The guideline is currently at a high level, and more work is needed to develop more specific acceptance criteria.Prajeev Rasiah, Regional Director, Northern Europe, Energy Systems, DNV said: “DNV is committed to the energy transition and plays an active role in supporting its customers removing risks around the implementation of clean energy solutions like hydrogen. We invest in initiatives such as the FutureGrid Project at our Spadeadam Test Facility in

Image courtesy Voyis

Racing to the Bottom: Seabed Warfare Brings Threats, Opportunities

Sentinel, which can detect divers and UUVs at ranges of up to 1200 meters, even in cluttered coastal environments. Energy to power seabed sensors and resident AUV systems could be provided by a deep sea fuel cell power station, such as the Subsea Supercharger, currently under development by Teledyne Energy Systems.Deterrence would mean not only establishing a credible means to detect, identify, and disrupt malicious actors, but also having the capability to obtain visual evidence when building a diplomatic case for economic sanctions or military action. High-resolution deep sea surveillance footage could

©Crown Estate Scotland

UK: ORE Catapult, NZTC Team Up to Help Power Oil & Gas Platforms with Floating Wind

Scotwind and is essential to delivering the ambitious North Sea Transition Deal targets. The WINTOG program supports developers and the supply chain in delivering integrated projects to decarbonize oil and gas infrastructure and ensure continued delivery of today’s energy while building future energy systems.&rdquo

The February 2024 edition of Marine Technology Reporter is focused on Oceanographic topics and technologies.
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